CN205063282U - Double dynamical one shot forming's wall grooving machine - Google Patents
Double dynamical one shot forming's wall grooving machine Download PDFInfo
- Publication number
- CN205063282U CN205063282U CN201520733124.0U CN201520733124U CN205063282U CN 205063282 U CN205063282 U CN 205063282U CN 201520733124 U CN201520733124 U CN 201520733124U CN 205063282 U CN205063282 U CN 205063282U
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- main shaft
- motor cover
- double dynamical
- axle bed
- motor
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Abstract
The utility model discloses a double dynamical one shot forming's wall grooving machine, parallel and spaced apart motor cover including two left and right sides, be equipped with the motor in the motor cover, the afterbody of motor cover is connected through horizontal handle, the front end of motor cover is equipped with the protecgulum, be equipped with the axle bed on the protecgulum, rotationally establish respectively on controlling the axle bed at the both ends of arbor, it connects through vertical handle to control the upper end of axle bed, be equipped with no dead angle waterproof construction on the protecgulum of motor cover, the first half of blade lies in on the arbor should not have the dead angle waterproof construction, when slotting to the on -plane surface wall, the fore -end dew of adjustable no dead angle waterproof construction messenger blade is put out and is slotted to the wall of vertical direction, the outside of controlling the axle bed is fixed with groove depth adjustment mechanism. The utility model discloses can exporting at the both ends of arbor power is steady powerfully, making epaxial each the blade cutting dynamics of sword keep the unanimity, the adaptability of crossnotching topography is wide, can adjust the grooved degree of depth in a flexible way, has reduced the pressure of handheld groover.
Description
Technical field
The utility model relates to wall-slotting machine field, is specifically related to a kind of double dynamical one-time formed wall-slotting machine.
Background technology
At present, in office and household upholster process, all need to carry out wiring, water-gas pipe laying, TV and communication line wiring, general employing wall-slotting machine is slotted on ground or wall, because wall-slotting machine fluting efficiency is high, its operating efficiency is the several times even tens times of artificial fluting, is therefore doubly the user's favorite.But in use have the following disadvantages: 1, existing hand-held grooving machine is mostly the dynamic structure adopting single motor, due to the needs of fluting, normally one end of cutter shaft is engaged with electric machine shaft driving, therefore just there is blade away from one end of motor shaft and just there is the slightly poor situation of power, the blade on whole cutter shaft can not export powerful cutting moment, 2, the cutter shaft of groover is an overall structure, two ends are arranged in casing, main shaft is provided with bearing, and both sides are separately installed with grooving saw, this structure is once go wrong, need repairing, change, main shaft can only be taken apart from entirety in casing, inconvenience is brought like this to operating personnel, time-consuming, effort, although also there is the cutter shaft of segmented, but blade can not adjust the spacing between each adjacent knife blades when mounted flexibly as required, when blade space is unreasonable, what wall was outputed will form the parallel independently conduit of twice, and the part of intermediate projections needs to beat by other equipment, namely the requirement of disposable fluting can not be met, add the operation of fluting, 3, existing wall-slotting machine can only open straight trough on same metope or ground, at metope and metope, cannot slot because the obstruct being subject to cast-cutting saw slice guard shield exists dead angle between ground and metope corner, also need when corner is slotted to have come by hand, directly the operating efficiency of impact wiring or stringing, 4, during fluting, because groover itself has certain weight, the long-time hand-held load that can increase operative employee, and the degree of depth of fluting can not ensure completely the same, 5, a large amount of dust can be produced due to during fluting, therefore existing groover is also mostly equipped with water smoke dust-proof mechanism, and corresponding waterproofing design mostly do not made by existing groover on the waterproof construction of fuselage, easily water smoke is sputtered at operative employee during work with it with on fuselage, there is the risk of short circuit.
Utility model content
In order to solve the defect that above-mentioned technology exists, the utility model provides a kind of double dynamical one-time formed wall-slotting machine.
The utility model realizes the technical scheme that above-mentioned technique effect adopts:
A kind of double dynamical one-time formed wall-slotting machine, comprise about two arranged side by side and isolated motor cover, motor is provided with in described motor cover, the afterbody of described motor cover is connected by the horizontal handle of horizontal direction, the front end of described motor cover is provided with protecgulum, described protecgulum is provided with axle bed, the cutting assembly be made up of cutter shaft and blade is provided with between the axle bed of left and right, the motor shaft of left and right two motors engages with the two ends transmission of described cutter shaft respectively, the upper end of left and right axle bed is connected by the vertical handle of vertical direction, the protecgulum of described motor cover is provided with without dead angle waterproof construction, the first half of blade on described cutter shaft is positioned at this without dead angle waterproof construction, the outside of left and right axle bed is fixed with groove depth governor motion.
The double dynamical one-time formed wall-slotting machine of above-mentioned one, described cutter shaft comprises and is positioned at the first main shaft on same axis and the second main shaft, the outer end of described first main shaft and the outer end of described second main shaft are engaged with the electric machine shaft driving of left and right two motor respectively, spacing distance is provided with between the inner face of described first main shaft and described second main shaft, connected by connector between the inner of described first main shaft and the inner of described second main shaft, described connector is located in a Fixing shrink ring, the shaft rod upper sleeve of described first main shaft and described second main shaft is provided with some blades and some pads, spacing distance between each adjacent knife blades is adjusted by the quantity of described pad, the outer end axostylus axostyle of described second main shaft is provided with compression adjustment structure.
The double dynamical one-time formed wall-slotting machine of above-mentioned one, described compression adjustment structure is the thread segment be located on the outer end axostylus axostyle of described second main shaft and the nut mated with described thread segment, and the axostylus axostyle place, outer end of described first main shaft is provided with boss.
The double dynamical one-time formed wall-slotting machine of above-mentioned one, the inner face of described first main shaft and the inner face of described second main shaft are equipped with and protruding carve block, the positive and negative end face of described connector be provided with corresponding described in carve the draw-in groove that block agrees with, the edge of the positive and negative end face of described Fixing shrink ring is provided with breach, and the width of described breach is greater than the width of described draw-in groove.
The double dynamical one-time formed wall-slotting machine of above-mentioned one, describedly comprise fixed cover and movable guard without dead angle waterproof construction, the front shroud of described movable guard is along being provided with rubber watertight shutter and spray assembly, the joining place of described fixed cover and described movable guard is provided with iron baffle plate and foam watertight shutter, described fixed cover is connected by the protecgulum of base plate with two described motor cover, described movable guard is hinged on described fixed cover by two movable guard retainer rings, two described movable guard retainer rings are rotatably mounted on the left and right sides wall of described fixed cover respectively, spring is provided with between described movable guard retainer ring and described base plate.
The double dynamical one-time formed wall-slotting machine of above-mentioned one, described groove depth governor motion comprises two rollers be separately fixed at outside the axle bed of left and right, described roller is fixed on wheel seat, the top of described wheel seat is connected with holder by adjusting bolt, described holder is fixed on the lateral wall of described axle bed, described adjusting bolt is provided with adjusting nut on the screw rod between described wheel seat and described holder, and the upper end of described adjusting bolt is provided with clamping nut.
The double dynamical one-time formed wall-slotting machine of above-mentioned one, also comprises and can be fastened on upper fuselage watertight shutter on the front end cover body of two described motor cover and lower fuselage watertight shutter up and down.
The double dynamical one-time formed wall-slotting machine of above-mentioned one, the surrounding side of the front end cover body of described motor cover is provided with thermal vias, and the motor shaft front end of described motor is provided with radiator fan, and described radiator fan is positioned at the front end cover body of described motor cover.
The double dynamical one-time formed wall-slotting machine of above-mentioned one, described spray assembly comprise the front shroud that is fixed on described movable guard along upper nozzle, be connected to the water pipe on described nozzle and be located at the tee junction of described water pipe end.
The beneficial effects of the utility model are: power steadily can be exported the two ends at cutter shaft by the utility model strong, each blade cuts dynamics on cutter shaft is consistent, the cutter shaft two ends of segmented are engaged with two motor-drivens respectively, double dynamical output makes the cutting dynamics of each blade on cutter shaft consistent, cutting power is powerful, can the spacing of each blade of flexible modulation by the quantity of pad, the one-shot forming of wall fluting can be realized.Movable guard can be regulated neatly according to fluting landform without dead angle waterproof construction, when slotting to on-plane surface wall, movable guard can be rotated and be retracted in fixed cover, realize slotting without dead angle of wall-slotting machine, compound rubber watertight shutter, foam watertight shutter, upper fuselage watertight shutter and lower fuselage watertight shutter, whole waterproof construction can prevent water smoke from sputtering out.The groove depth governor motion of roller type makes groover on the one hand and can form support between the walls, reduce the load that operative employee is hand-held, the spacing between roller and axle bed can be adjusted on the other hand flexibly according to the depth requirements of slotting, the cross-notching degree of depth is made and is determined quantitative limitation, ensures the uniformity of groove depth.
Accompanying drawing explanation
Fig. 1 is the stereogram of the utility model when described movable guard is closed;
Fig. 2 is the stereogram of the utility model when described movable guard is closed;
Fig. 3 is double dynamical fuselage assembling drawing of the present utility model;
Fig. 4 is double dynamical fuselage explosive view of the present utility model;
Fig. 5 is the explosive view of cutter shaft described in the utility model;
Fig. 6 is the assembling drawing without dead angle waterproof construction described in the utility model;
Fig. 7 is the stereogram of groove depth governor motion described in the utility model;
Fig. 8 is that the utility model is at the using state figure slotted to horizontal wall;
Fig. 9 is that the utility model is at the using state figure slotted to the wall with corner.
In figure: the double dynamical fuselage of 1-, 2-is without dead angle waterproof construction, 3-cutting assembly, 4-groove depth governor motion, the horizontal handle of 11-, the vertical handle of 12-, 13-motor, 14-motor cover, 15-axle bed, 16-is angular wheel initiatively, the passive angular wheel of 17-, the upper fuselage watertight shutter of 18-, fuselage watertight shutter under 19-, 21-fixed cover, 22-movable guard, 23-base plate, 24-rubber watertight shutter, 25-movable guard retainer ring, 26-spring, 27-water pipe, 28-nozzle, 29-iron baffle plate, 31a-cutter shaft, 31-first main shaft, 32-second main shaft, 33-blade, 34-Fixing shrink ring, 35-connector, 36-pad, 37-nut, 38-carves block, 41-holder, 42-wheel seat, 43-roller, 44-adjusting bolt, 45-clamping nut, 131-radiator fan, 141-thermal vias, 142-protecgulum, 311-boss, 341-breach, 351-draw-in groove, 411-fixing hole.
Detailed description of the invention
For making to do further to understand to the utility model, referring to Figure of description and specific embodiment, the utility model is described in further detail.
As shown in Figures 1 to 9, a kind of double dynamical one-time formed wall-slotting machine, comprise about two arranged side by side and isolated motor cover 14, be provided with motor 13 in motor cover 14, the afterbody of motor cover 14 is connected by the horizontal handle 11 of horizontal direction.The front end of motor cover 14 is provided with protecgulum 142, protecgulum 142 is provided with axle bed 15, the cutting assembly 3 be made up of cutter shaft 31a and blade 33 is provided with between left and right axle bed 15, the motor shaft of left and right two motors 13 engages with the two ends transmission of cutter shaft 31a respectively, the upper end of left and right axle bed 15 is connected by the vertical handle 12 of vertical direction, two motor cover 14 are connected with vertical handle 12 head and the tail by horizontal handle 11, form the structure of " mouth " font, the common double dynamical fuselage 1 forming groover described in the utility model.The protecgulum 142 of motor cover 14 is provided with without dead angle waterproof construction 2, the first half of blade 33 on cutter shaft 31a is positioned at this without dead angle waterproof construction 2, this can carry out deformation flexibly according to fluting landform neatly without dead angle waterproof construction 2, when slotting to on-plane surface wall, the fore-end of blade 33 can be made to reveal put out, realize slotting without dead angle to corner wall.The outside of left and right axle bed 15 is fixed with groove depth governor motion 4, this groove depth governor motion 4 one aspect makes groover and can form support between the walls, reduce the load that operative employee is hand-held, the spacing between itself and axle bed 15 can be adjusted on the other hand flexibly according to the depth requirements of slotting, the cross-notching degree of depth is made and is determined quantitative limitation, ensures the uniformity of groove depth.
Concrete, in preferred embodiment of the present utility model, cutter shaft 31a comprises the first main shaft 31 and the second main shaft 32 be positioned on same axis, the outer end of the first main shaft 31 and the outer end of the second main shaft 32 are fixed with passive angular wheel 17 respectively, the motor shaft end of left and right two motors 13 is fixed with initiatively angular wheel 16 respectively, and passive angular wheel 17 engages with corresponding active angular wheel 16 transmission respectively.Spacing distance is provided with between first main shaft 31 and the inner face of the second main shaft 32, connected by connector 35 between the inner of first main shaft 31 and the inner of the second main shaft 32, connector 35 is located in a Fixing shrink ring 34, the shaft rod upper sleeve of the first main shaft 31 and the second main shaft 32 is provided with some blades 33 and some pads 36, spacing distance between each adjacent knife blades 33 is adjusted by the quantity of pad 36, when installing blade 33 and pad 36, blade 33 and pad 36 can be loaded on the axostylus axostyle of the first main shaft 31 and the second main shaft 32 by this spacing distance, without the need to dismantling whole main shaft 31a, the outer end axostylus axostyle of the second main shaft 32 is provided with compression adjustment structure.
Concrete, in preferred embodiment of the present utility model, compressing adjustment structure is the thread segment be located on the outer end axostylus axostyle of the second main shaft 32 and the nut 37 mated with this thread segment, the axostylus axostyle place, outer end of the first main shaft 31 is provided with boss 311, after installing blade 33 and pad 36, can by fixing for blade 33 tight by fastening nut 37.The inner face of the first main shaft 31 and the inner face of the second main shaft 32 are equipped with and protruding carve block 38, the positive and negative end face of connector 35 is provided with and the corresponding draw-in groove 351 carved block 38 and agree with, the edge of the positive and negative end face of Fixing shrink ring 34 is provided with breach 341, and the width of breach 341 is greater than the width of draw-in groove 351.Fixing shrink ring 34 is provided with tapped through hole (not marking in figure), is provided with housing screw in this tapped through hole.After having installed blade 33 and pad 36, draw-in groove 351 is alignd with breach 341, then connector 35 is loaded in Fixing shrink ring 34, again two draw-in grooves 351 of positive and negative for connector 35 end face are agreed with the block 38 of carving carving block 38 and the second main shaft 32 inner face of the first main shaft 31 inner face respectively, then rotation fixed ring cover 34 makes breach 341 and draw-in groove 351 stagger, Fixing shrink ring 34 can prevent connector 35 landing, connector 35 and Fixing shrink ring 34 can be made to be fixed together tightly finally by the housing screw in bottle opener threaded together through hole.
Concrete, in preferred embodiment of the present utility model, fixed cover 21 and movable guard 22 is comprised without dead angle waterproof construction 2, the front shroud of movable guard 22 is along being provided with rubber watertight shutter 24 and spray assembly, the joining place of fixed cover 21 and movable guard 22 is provided with iron baffle plate 29 and foam watertight shutter, foam watertight shutter is positioned at the inner side of iron baffle plate 29, the edge of foam watertight shutter and the enclosure wall of movable guard 22 are fitted, gap between fixed cover 21 and movable guard 22 is filled up, can prevent water smoke from sputtering out from gap location between the two.Fixed cover 21 is connected with the protecgulum 142 of two motor cover 14 by base plate 23, movable guard 22 is hinged on fixed cover 21 by two movable guard retainer rings 25, two movable guard retainer rings 25 are rotatably mounted on the left and right sides wall of fixed cover 21 respectively, are provided with spring between movable guard retainer ring 25 and base plate 23.When slotting to on-plane surface wall, movable guard 22 can be rotated and be retracted in fixed cover 21, realizing slotting without dead angle of wall-slotting machine.
Concrete, in preferred embodiment of the present utility model, groove depth governor motion 4 comprises two rollers 43 be separately fixed at outside left and right axle bed 15, roller 43 is fixed on wheel seat 42, the top of wheel seat 42 is connected with holder 41 by adjusting bolt 44, and holder 41 is fixed on the lateral wall of axle bed 15 by the fixing hole 411 at holder 41 two ends.Adjusting bolt 44 is provided with adjusting nut (not indicating in figure) on the screw rod between wheel seat 42 and holder 41, the upper end of adjusting bolt 44 is provided with clamping nut, when needs limit groove depth, suitable rotation adjusting nut, regulates the distance between wheel seat 42 and holder 41.For ensureing that water smoke can not be splashed to the rear side position of double dynamical fuselage 1 further, the front end cover body of two motor cover 14 being also provided with and can fastening fuselage watertight shutter 18 and lower fuselage watertight shutter 19 up and down.For increasing the heat dispersion of motor 13, the surrounding side of the front end cover body of motor cover 14 is provided with thermal vias 141, the motor shaft front end of motor 13 is provided with radiator fan 131, radiator fan 131 is positioned at the front end cover body of motor cover 14, when fluting work is carried out in motor 13 startup, the motor shaft of high-speed rotation synchronously drives radiator fan 131 to rotate, and dispels the heat to the inside of double dynamical fuselage 1.Spray assembly comprise the front shroud that is fixed on movable guard 22 along upper nozzle 28, be connected to the water pipe 27 on nozzle 28 and be located at the tee junction of water pipe 27 end.When slotting, as shown in Figure 8, operative employee's both hands hold horizontal handle 11 and vertical handle 12 is walked toward direction shown in Fig. 8, and as shown in Figure 8, Fig. 9 is that the utility model is at the using state figure slotted to the wall with corner to the rotation direction of blade 33.
In sum, power steadily can be exported the two ends at cutter shaft by the utility model strong, each blade cuts dynamics on cutter shaft is consistent, the cutter shaft two ends of segmented are engaged with two motor-drivens respectively, double dynamical output makes the cutting dynamics of each blade on cutter shaft consistent, cutting power is powerful, can the spacing of each blade of flexible modulation by the quantity of pad, can realize the one-shot forming of wall fluting.Movable guard can be regulated neatly according to fluting landform without dead angle waterproof construction, when slotting to on-plane surface wall, movable guard can be rotated and be retracted in fixed cover, realize slotting without dead angle of wall-slotting machine, compound rubber watertight shutter, foam watertight shutter, upper fuselage watertight shutter and lower fuselage watertight shutter, whole waterproof construction can prevent water smoke from sputtering out.The groove depth governor motion of roller type makes groover on the one hand and can form support between the walls, reduce the load that operative employee is hand-held, the spacing between roller and axle bed can be adjusted on the other hand flexibly according to the depth requirements of slotting, the cross-notching degree of depth is made and is determined quantitative limitation, ensures the uniformity of groove depth.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; the just principle of the present utility model described in above-described embodiment and manual; under the prerequisite not departing from the utility model spirit and scope, the utility model also has various changes and modifications; these changes and improvements all fall in claimed scope of the present utility model, and the protection domain that the utility model requires is defined by appending claims and equivalent thereof.
Claims (9)
1. a double dynamical one-time formed wall-slotting machine, it is characterized in that, comprise about two arranged side by side and isolated motor cover, motor is provided with in described motor cover, the afterbody of described motor cover is connected by the horizontal handle of horizontal direction, the front end of described motor cover is provided with protecgulum, described protecgulum is provided with axle bed, the cutting assembly be made up of cutter shaft and blade is provided with between the axle bed of left and right, the motor shaft of left and right two motors engages with the two ends transmission of described cutter shaft respectively, the upper end of left and right axle bed is connected by the vertical handle of vertical direction, the protecgulum of described motor cover is provided with without dead angle waterproof construction, the first half of blade on described cutter shaft is positioned at this without dead angle waterproof construction, the outside of left and right axle bed is fixed with groove depth governor motion.
2. the double dynamical one-time formed wall-slotting machine of one according to claim 1, it is characterized in that, described cutter shaft comprises and is positioned at the first main shaft on same axis and the second main shaft, the outer end of described first main shaft and the outer end of described second main shaft are engaged with the electric machine shaft driving of left and right two motor respectively, spacing distance is provided with between the inner face of described first main shaft and described second main shaft, connected by connector between the inner of described first main shaft and the inner of described second main shaft, described connector is located in a Fixing shrink ring, the shaft rod upper sleeve of described first main shaft and described second main shaft is provided with some blades and some pads, spacing distance between each adjacent knife blades is adjusted by the quantity of described pad, the outer end axostylus axostyle of described second main shaft is provided with compression adjustment structure.
3. the double dynamical one-time formed wall-slotting machine of one according to claim 2, it is characterized in that, described compression adjustment structure is the thread segment be located on the outer end axostylus axostyle of described second main shaft and the nut mated with described thread segment, and the axostylus axostyle place, outer end of described first main shaft is provided with boss.
4. the double dynamical one-time formed wall-slotting machine of one according to claim 3, it is characterized in that, the inner face of described first main shaft and the inner face of described second main shaft are equipped with and protruding carve block, the positive and negative end face of described connector be provided with corresponding described in carve the draw-in groove that block agrees with, the edge of the positive and negative end face of described Fixing shrink ring is provided with breach, and the width of described breach is greater than the width of described draw-in groove.
5. the double dynamical one-time formed wall-slotting machine of one according to claim 1, it is characterized in that, describedly comprise fixed cover and movable guard without dead angle waterproof construction, the front shroud of described movable guard is along being provided with rubber watertight shutter and spray assembly, the joining place of described fixed cover and described movable guard is provided with iron baffle plate and foam watertight shutter, described fixed cover is connected by the protecgulum of base plate with two described motor cover, described movable guard is hinged on described fixed cover by two movable guard retainer rings, two described movable guard retainer rings are rotatably mounted on the left and right sides wall of described fixed cover respectively, spring is provided with between described movable guard retainer ring and described base plate.
6. the double dynamical one-time formed wall-slotting machine of one according to claim 1, it is characterized in that, described groove depth governor motion comprises two rollers be separately fixed at outside the axle bed of left and right, described roller is fixed on wheel seat, the top of described wheel seat is connected with holder by adjusting bolt, described holder is fixed on the lateral wall of described axle bed, described adjusting bolt is provided with adjusting nut on the screw rod between described wheel seat and described holder, and the upper end of described adjusting bolt is provided with clamping nut.
7. the double dynamical one-time formed wall-slotting machine of one according to claim 1, is characterized in that, also comprises and can be fastened on upper fuselage watertight shutter on the front end cover body of two described motor cover and lower fuselage watertight shutter up and down.
8. the double dynamical one-time formed wall-slotting machine of one according to claim 1, it is characterized in that, the surrounding side of the front end cover body of described motor cover is provided with thermal vias, and the motor shaft front end of described motor is provided with radiator fan, and described radiator fan is positioned at the front end cover body of described motor cover.
9. the double dynamical one-time formed wall-slotting machine of one according to claim 5, it is characterized in that, described spray assembly comprise the front shroud that is fixed on described movable guard along upper nozzle, be connected to the water pipe on described nozzle and be located at the tee junction of described water pipe end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520733124.0U CN205063282U (en) | 2015-09-16 | 2015-09-16 | Double dynamical one shot forming's wall grooving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520733124.0U CN205063282U (en) | 2015-09-16 | 2015-09-16 | Double dynamical one shot forming's wall grooving machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205063282U true CN205063282U (en) | 2016-03-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520733124.0U Expired - Fee Related CN205063282U (en) | 2015-09-16 | 2015-09-16 | Double dynamical one shot forming's wall grooving machine |
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| Country | Link |
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| CN (1) | CN205063282U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108327091A (en) * | 2018-02-08 | 2018-07-27 | 宁满林 | A kind of power wiring wall grooving apparatus |
-
2015
- 2015-09-16 CN CN201520733124.0U patent/CN205063282U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108327091A (en) * | 2018-02-08 | 2018-07-27 | 宁满林 | A kind of power wiring wall grooving apparatus |
| CN108327091B (en) * | 2018-02-08 | 2020-04-10 | 海安美物菲斯物联网科技有限公司 | Wall body fluting device for power wiring |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160302 Termination date: 20160916 |
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| CF01 | Termination of patent right due to non-payment of annual fee |